The Metso EtaBriq briquetting press reliably processes metal chips and grinding dust into high-density briquettes. With the aid of the Metso EtaBriq, metal scraps from steel, cast iron, non-ferrous metals and metal mixtures become recyclable and can be returned to the material flow. The briquetting press makes waste disposal more efficient. During the pressing process, emulsions and oils are extracted for subsequent recycling. Because the briquettes are compact, melting losses are reduced to a minimum and storage and transport costs are significantly lowered.
Due to the unique double-sided pressing technology, the Metso EtaBriq produces superior high-density briquettes.
Closed system of forces and pre-stressed tension rods
The connection between the cylinder traverses is provided by pre-stressed tie-rods, which keep the cylinder forces that arise within the confines of the machine. The closed system of forces keeps most of the dynamic loads inside, so that the foundation is nearly unaffected by them.
Non-contact position measurement
The non-contact position measuring system, integrated in the hydraulic cylinders, makes downtime caused by dirt or mechanical damage to proximity switches a thing of the past. The non-contact position measuring system allows optimum motion control of all cylinders.
Flexible briquette length and density
The briquette length and density can be flexibly adapted to the feedstock and the end customer’s requirements.
Metso solution – optional spraying device
Highly efficient tool lubrication via short-blast injection valves
Non-contact position measurement
The non-contact position measuring system allows optimum motion control of all cylinders.
The electronic oil-level monitoring system detects even the smallest oil losses at an early stage and reports them on the display.
Complete processing lines
Metso can supply more than just briquetting machines – we can deliver tailor -made solutions for turnings and chips processing applications consisting of: Metso EtaCrush turning crushers, chip storage (bunkers), transport (scraper and steel belt conveyors), screening (vibrating and drum screens) and centrifuging solutions, and of course the Metso EtaBriq briquetting press.
Human Machine Interface (HMI) visualization
A multi-functional terminal supports operations and any troubleshooting that may be needed. The terminal consists of a large display that shows all process-relevant information and status reports, and a number of control elements arranged in a user-friendly layout.
- Preselection of hydraulic pressure
- Timing of pressure release
- Selection of briquette length
- Oil pressure
- Oil temperature
- Oil level
- Cycle time
- Hydraulic pump test
- Fault message storage
- Compact design for easy maintenance access
- PLC controlled operation and malfunction detection
- Oil volume indication for leakage control
- HMI: malfunction monitoring system
- Large pipe diameters for high efficiency and low energy loss
- Smooth pump operation
- Hydraulics optimized for cycle time
- High capacity / availability
- Adjustable briquette dimensions
- Smooth, controlled material feeding
- Separation and collection of adherent oil / emulsions
- Briquette diameter can be selected to meet the customers’ needs
Handling & transportation
- Two-sided compaction
- high uniform density
- minimized fines abrasion during briquette handling
The Metso EtaBriq briquetting press processes nearly all types of metal chips, supporting a variety of applications. The tool diameter, and thus the briquette diameter, will be individually adapted to the feed material to achieve a good balance of density, strength, and throughput capacity. The double-acting briquette compaction is a key feature of the Metso EtaBriq. The double-acting compaction minimizes friction losses and increases briquette density, resulting in improved transfer stability and quality of the briquettes.
The metal briquettes produced have a very high density and are very well suited for remelting in cupola and induction furnaces. Length and density of the briquettes can be adjusted by the operator, though they also depend on the feeding density of the chip material, as well as its mechanical properties.